Undergraduate students who are currently on co-op or who have participated in co-op are invited to attend a focus group on Monday, Nov. 7, and Thursday, Nov. 10, at 5:30 p.m. in Nord Hall, Room 312.
This group will provide the Division of Engineering Leadership & Professional Practice with valuable feedback to improve the co-op application process.
Free Melt will be provide for all students who attend. Please register by visiting the DELPP orgsync page.
LaShanda Korley, the Climo Associate Professor in the Department of Macromolecular Science and Engineering, was one of two invited speakers from the U.S. to MAKRO 2016, a conference held in Germany.
She delivered a lecture titled “Utilizing concepts of mechanics, transport, and assembly in Nature – towards responsive materials.”
The conference was the biennial meeting of the GDCh-Division of Macromolecular Chemistry.
Computer programs have defeated humans in Jeopardy!, chess and Go. Now a program developed at Case Western Reserve University has outperformed physicians on a more serious matter.
The program was nearly twice as accurate as two neuroradiologists in determining whether abnormal tissue seen on magnetic resonance images (MRI) were dead brain cells caused by radiation, called radiation necrosis, or if brain cancer had returned.
The direct comparison is part of a feasibility study published in the American Journal of Neuroradiology.
Walking through a busy store, Keith Vonderhuevel confidently held his 5-year-old granddaughter’s hand with his prosthetic hand. Feedback in the form of electrical pulses that mimic pressure told him how intensely he grasped her hand.
Normally, amputees receive no feedback from their prosthetics and don’t like to shake hands, touch a face or hold a loved one for fear of hurting them.
But Vonderhuevel is one of two amputees who have been testing a prosthetic system that allows them to feel the same intensity of pressure on their prosthetic hands as they feel with their intact hands, researchers from Case Western Reserve University, the Louis R. Stokes Cleveland VA Medical Center and the University of Chicago report in a new study.
Researchers from Case Western Reserve University and University of Kansas have received a $1.65 million Department of Defense grant to continue developing a neural prosthesis aimed at helping those who suffer from traumatic brain injury (TBI) or stroke to regain motor function.
The prosthesis, called a brain-machine-brain interface (BMBI), has proven successful in restoring motor function in biologic models of TBI. The BMBI records signals from one part of the brain, processes them in real time, then bridges the injury by stimulating a second part of the brain that had lost connectivity.